MGL AVIONICS XTreme full featured instrument series include an Electronic Flight Instrument System (XTreme-EFIS) with navigation/autopilot capabilities and anEngine Monitoring System (XTreme-EMS). Their light weight, small size and high level of functionality makes them an excellent choice for use in non-certified aircraft. Both instruments fit a standard 3 1/8” (80mm) instrument panel hole. All information is displayed in an easy to read format on a high resolution wide viewing angle 4.3” sunlight readable color display. The XTreme-EFIS includes all the functions of the XTreme-EMS version. It a compact, multifunction electronic flight information system intended as a main flight instrument in smaller aircraft or as a backup/secondary flight instrument in larger aircraft. It integrates all the necessary functionality to replace several flight and engine monitoring instruments.The XTreme-EMS is a compact universal engine monitor replacing several engine monitoring instruments. All engine sensors are connected to a RDAC (Remote data acquisition unit) normally mounted behind the aircraft firewall. A simple CAN communication link is then necessary to connect the XTreme-EMS to the RDAC.

ROTAX® aircraft  engines form part of the product portfolio  of BRP-Powertrain GmbH & Co. KG which develops and manufactures engines for snowmobiles, watercrafts, boats, roadsters, all-terrain and side-by-side vehicles, motorcycles, carts, and aircrafts.

BRP-ROTAX® product range includes certified and non certified internal combustion engines, parts and accessories for light and ultralight aircraft.

Revolution Counters (Tachometers)/HOBBS meters are used in BRP-ROTAX® aircraft engines. They are offered as certified or non certified parts from BRP-ROTAX® but also from other manufacturers.  Non certified parts can be used in ultralights or other aircraft not requiring certification of parts for their installation. Certified parts are designated by the letters "CERT" after the part number in the product reference number (SKU).

Aircraft engine  parts are subject to changes from time to time. Some parts may be no longer available or replaced by others with different part numbers. Listed BRP-ROTAX® engine parts do not imply their current availability or suitability for your engine application. Always consult the most recent Illustrated Part Catalogs (IPCs) or other documentation available from the manufacturer for the correct part number before ordering.

Highly reliable and field-proven, the ADF 3500 direction finding systems by BECKER AVIONICS are trusted by the most reputed aircraft manufacturers. Suited for rotary and fixed wing applications, the ADF 3500 can be operated either in a standalone fashion or within EFIS, FMS or integrated flight deck systems.

The ADF 3502-() Receiver is designed for professional applications in the frequency range 190.0 kHz to 1799.5 kHz. The system is ideally suited for installations where minimum space is available. The small, lightweight control unit CU 5502 fits into a standard 2 ¼” (57mm) round instrument cutout and is only 2 ½” deep. The ADF Receiver can be installed at any convenient place in the aircraft. The RS 422 interface between CU and Rx reduces inter-wiring. The control unit CU 5502 offers a clear, high contrast, double line display, which is readable under all lighting conditions, even in bright sunlight. The frequency can be selected in 0.5 kHz/1kHz, 10 kHz/100 kHz steps by using variable speed frequency control. The pre-selection in the channel memory of the preset display allows instant switchover by pushing a “Flip-Flop” key to a new NDB en-route for indication of the cross bearing for a position fix relatively to a second NDB. The output of the receiver is compatible with indicator ID 3502 and the converter AC 5303/04 for RMI.

The ADF 3500 system features an extensive automatic self-test function. After switch-on, the microprocessor and the frequency synthesizer are thoroughly checked by a test subroutine. The remote receiver RA 3502-() unit can also be controlled by CDU of FMS systems.

JTSO certified for either VFR or IFR use in all types of fixed wing and rotary wing aircraft, the ADF receiver can also be combined with other Becker Prime Line equipment, such as VHF-COM, NAV-VOR/ILS navigation and Mode S transponder systems which have similar control units, providing a pleasant presentation in the panel.

RA3502 REMOTE ADF RECEIVER SYSTEM Features:

Compact and lightweight design

No forced cooling

No ventilation slots

Field-proven reliability

Robust and maintenance-free design

Operating altitude: 50,000 ft

RS422 control interface for EFIS or FMS integrations

Active LOOP/SENSE antenna

RMI connection via RMI convertor

Integrated BITE

JTSO, TSO certified

AERO INSTRUMENTS® Company, now part of AEROCONTROLEX® Group, Inc., has been a supplier of Air Data Sensors for aircraft applications for over 85 years. AEROCONTROLEX® current manufacturing  of Air Data Sensors has been transitioned to AEROSONIC® Corporation which manufactures aviation instrumentation and avionics equipment including air data systems, standby displays, digital and mechanical standby instruments, sensors and probes.

Air data include total pressure of the airflow measured by pitot tubes, static pressure of the ambient air by static ports (or both pressures by pitot-static tubes), total temperature (higher than the actual air temperature due to friction and adiabatic compression) by TAT sensors, and angle of attack (i.e. angle between the airfoil and the airflow) by AoA sensors. All these data are vital for aircraft flight and in the case of large civil or military aircraft, once collected are fed to  an air data computer (ADC).

AEROSONIC® / AEROCONTROLEX® extensive portfolio of pitot probes, including pitot, pitot static and pitot/angle-of-attack probes, are designed and today in use  on a wide range of aircraft ranging from military and large commercial transports to helicopters and UAVs. Their product range  includes electrically heated pitot probes, pitot-static probes, static pressure ports, angle of attack, temperature sensors and flight test equipment for the aerospace and defense industries. They are designed to meet or exceed all applicable standards, including SAE AS393, DOD MIL-T-5421B, TSOC-16, AN5813 and BS2G.135 and feature heating elements to prevent ice accretion and water ingression for reliable operation in the most adverse environmental conditions. Probes may be configured as stand alone with pneumatic outputs to the Air Data Computer, or they may integrate the computing function and eliminate the pneumatic connection.

AEROSONIC® fuselage mounted static pressure ports are engineered to meet or exceed industry specifications to supply ambient static pressure measurements to air data computers, altimeters, airspeed indicators and vertical speed indicators in numerous types of aerospace applications. The Static Pressure Ports’ electrical heating elements prevent ice accretion and water ingestion ensuring the performance of primary flight instruments is not degraded even under the most severe atmospheric conditions.

For additional information please refer to the Product Description section.

The HONEYWELL BENDIX KING® KX-125 is ideal as a replacement radio, a primary system for homebuilts or a very affordable back-up. despite its low price, it comes with a complete list of features. Its COMM section provides 760 frequencies, 'flip-flop' frequency selection, a built-in audio amplifier with side-tone and audio leveling, direct tuning, stuck-microphone alert, and even remote transfer of both COMM and NAV frequencies. The separate NAV section offers 200 frequencies, including localizer. It has gone through environmental testing and has FAA TSO approval but will still require a FAA 337 form for new installations.

Product Specifications:

Dimensions: 6.25"W x 2"H x 10.16"L

Weight: 3.88 lbs

Power Requirement: 14Vdc

Temperature Range: -20C to 55C

Altitude Range: Up to 35,000ft

Lighting: 14 Vdc

Transmitter Power: 5 watts minimum (7watts nominal)

TSO Compliance: C37c, C38c , C36e, C40c

Used on most major civil and military programs, RADIALL™ DSX Series ARINC 404/SAE-AS81659 Connectors offer a proven solution to electrically connect equipment rack to avionics equipment. The DSX series are multipin, rack and panel style connectors designed to electrically connect equipment racks to avionics equipment. Typically the plug is installed on the avionics rack and the receptacle on the equipment box. Applications include commercial and military aircraft and helicopters, railway, radar systems, power circuits, in-flight electronic instrumentation and flight simulators.

Different DSX Series versions are outlined below:

DSX SAE AS81659, available in four shell sizes (1, 2, 3 & 4) with environmental and non-environmental versions as well as EMI/RFI options to improve shielding effectiveness. DSX SAE AS81659 connectors cover both civil and military applications.

DSX ARINC 404 shell type A and B are the original connectors, mainly dedicated today to commercial applications.

DSX-F and DSX-K receptacles, RADIALL™ solution for front release front removable (FR/FR) contacts to facilitate installation and maintenance. Fully intermateable with ARINC 404 type B and SAE AS81659 plugs, they offer the same characteristics as SAE AS81659 connectors.

Shell types are plugs and receptacles made from an aluminum alloy with cadmium yellow chromate or nickel plating options. Mismating is prevented by a polarizing system which provides 216 polarizing positions. For military part numbers, applicable polarizing position range goes from 00 through 99 only. Inserts are offered in various contact arrangements accommodating rear release, rear removable signal (size 22) power (sizes 5, 12, 16 & 20HD), coaxial (sizes 1, 3, 5, 7, 9 & 15), concentric twinax (sizes 5 & 9) triax (sizes 5 & 9) contacts in crimp, wire wrap or PC tail termination. Radiall’s 29504 fiber optic termini are also available. With numerous configurations and a wide variety of contacts and accessories, the  RADIALL™ DSX Series offers for both OEMs and aircraft manufacturers robust and high performance solutions fully compliant to SAE AS81659 specifications listed on the qualified product list (QPL)as well as ARINC 404 commercial connectors.

For additional information please refer to the supplied documentation.

Note: Special Order items. Non-Cancellable/Non-Returnable Upon Order Placement (NCNR). Minimum Order Quantities & long lead times usually apply. Contact us.

The RAY ALLEN (RAC) RP4 LED position indicator is designed to be installed in the cockpit providing an indication of the servo output shaft position. This indicator supercedes and it is a direct replacement for previous RAC RP3. The RP4 indicator uses ten LED lights to show the position of a actuator output shaft (or position sensor arm). There are also two amber colored LED's, one on each end of the indicator scale, to act as a reference for the green indicator light, especially in dark conditions. The 10 LEDs are the brightest available for superior visibility in sunlight, but can be dimmed for night flight. It can be installed horizontally or vertically. 

The RAC RP4 position indicator is panel mounted using a faceplate and two countersunk, 2-56 x 7/16" screws (two spare finishing screws are included). The distance between the screw holes is identical to the older Ray Allen RP3 LED indicator. Although the faceplate dimensions are identical between the RP3 and RP4 indicators, the panel cutout size is slightly different between the RP3 and RP4. If you are replacing and older unit with a new RP4, you will only need to increase the size of your panel hole. The RP4 faceplate will cover the older RP3 panel hole.The RP4 faceplate measures 1.75"(45 mm) X .75"(19 mm) and it is 1.6"(41 mm) in depth. It is now the standard position indicator included in Ray Allen trim systems, or can be purchased separately for special applications such as a cowl or wing flap indicator.

The RP4 includes a RP4-L1 label (featuring Elev1, Elev2, Ail, Rudder, Flaps). A RP4-L2 label (featuring Cowl Flaps, < >, on/off) is also available and is sold separately. 

NOTE: Labels can only be ordered together with . In ordering these high quality labels please be advised that rocker switches and needle indicators require a large label, LED indicators use a small label. Can be only included in orders of respective RP4 position indicator(s) (not separately).

Accelerometers (aka G-Meters) are used extensively in a wide range of applications including Aviation, Marine, Automotive, Military, and others. They are also used  in inertial navigation and guidance systems in airplane and ship autopilots.They help in a better understanding of static, such as gravity, or dynamic forces due to motion or vibration acting on an object.

Original Mechanical and more recent Digital accelerometers, used on civil and military aircraft, measure the instantaneous acceleration (or G-force) of an aircraft and its occupants compared to Earth's standard gravitational pull, in units of "G" (e.g., 1G, 2G). They enable pilots to monitor flight conditions, maintain safety, or practice aerobatics or combat maneuvers. Made by different manufacturers, they are offered as non-certified instruments, for use on  experimental and homebuilt aircraft, or certified products, installed on civil transport an military aircraft.

Mechanical accelerometers, included in this listing, use traditional components like proof masses, springs, and damping to measure acceleration based on displacement, offering high accuracy and durability for specific applications like flight stabilization and weapons communication. They are often of larger size and more expensive. Digital accelerometers, separately listed, are often Micromachined Micro-electromechanical (MEMS) systems, integrating sensors with microelectronic circuits for smaller size, lower cost, and high precision, making them ideal for flight stabilization, AHARS, and autopilot systems.

The choice of an accelerometer depends on the application's need for accuracy, size, cost, and resistance to harsh environments. 

Please consult the Product Description section and the supplied documentation for more information on different brands of our offered accelerometers.

GARMIN AERA 660 Portable GPS provides affordable feature-rich navigation, stunning display and streamlined database updating. It features a 5-inch capacitive touchscreen display, Connext® wireless capabilities for database updating , Garmin WireAware™ wire-strike avoidance technology, 3D Vision of rising terrain near the aircraft, while overlaying GPS-derived airspeed, altitude and vertical speed alongside flight plan information and more. Offered with different navigation databases.

The GARMIN® GTR series COMM TSO'd panel mounted transceivers together with the GARMIN® GNC series NAV/COMM radios (please see separate presentation) are replacement products for the popular SL30 and SL40 models. They include new features to reduce pilot workload, while also offering an affordable solution to meet the requirements of the 8.33 kHz channel spacing European Union mandate under the Single European Sky (SES) initiative. They are more powerful than their SL-series predecessors with 10- or 16-Watt transmit power  available versions. They are offered as units only or as kits with a 4ft harness to AUDIO Panel.  If purchased with the 4ft harness, they can only be used  in experimental aircraft.

The KANNAD 406 AS (P/N S1823502-03) is a aeronautical survival beacon. Thanks to its small size and light weight, the Kannad 406 AS fits easily inside a liferaft. It is supplied with a floating collar.

The KANNAD 406 AS is qualified by the French Civil Aviation in Europe with JTSO-2C91a & JTSO-2C126 and by FAA with TSO-C91a & TSO-C126 applied to “survival” beacons.

The ELT is programmed with either the aircraft tail number, a serial number or the aircraft operator designator. It can be installed inside an aircraft on a mounting bracket or in a carry-off bag (both on options).

The mounting bracket option includes a locking pin to avoid accidental activation before ELT removal. The locking pin can be ordered separately with the carry off version.

The ELT can be fitted with a "Water Switch Sensor" to be activated automatically when in contact with water. A buzzer and a led indicate activation.

An integrated “self test” checks the main functions of the beacon. The test result is given by the led flashing sequence.

Product Features:

Battery replacement is only every 6 years.

Precise pinpointing (<1NM) due to the unparalleled frequency accuracy of the 406 transmitter.

Three frequency transmitter (121.5 / 243 / 406 MHz)

Weight (including battery, auxiliary antenna and floating collar) 2.53 lbs (1150 g)

Options:

P/N S18 20 511-03 carry-off bag

P/N S1820511-02 Mounting bracket with locking pin

P/N S1820514-14 Water Switch Sensor

OMRON M2C Series cylindrical indicators have the basic design as the A3C pushbutton switches. They have a cylindrical 20-mmX12-dia. body making panel cutouts easier and provide good illumination with even surface brightness. These indicators are offered in lighted and non lighted versions, different colors, display shapes, with LED or incandescent lamps and different socket units. UL (E41515) and CSA (LR45258) approved. Please consult the supplied documentation for ordering.

RAY ALLEN (RAC) R2S Rocker Switch provides a very positive snap action in 2 directions and returns to a center off position. It was designed specifically for Ray Allen trim systems. It is wired to connect both power leads to ground when the rocker is released. This eliminates motor coasting and allows very precise trimming. The RS2 switch is rated at 1amp. The faceplate measures 1.75" (44mm) x 1.0" (25mm) x 1.47" (37mm) deep. Self adhesive labels are not included. Sold separately.

The STRATOMASTER VEGA range instruments/indicators from MGL AVIONICS includes different 2 1/4" (57mm) microprocessor based color display instruments operating over a wide supply voltage range of 8 to 30V DC with with built in reverse and over voltage protection. They are non certified and only suitable for installation in experimental and sport  (LSA) aircraft. Using a high resolution color graphics display, these instruments/indicators provide excellent daylight readability with built in backlighting making them easy to read at night time. They include a rotary control plus 2 independent keys for easy menu navigation and to access specific instrument features. Sensors are also offered to enhance their functionality. The MGL AVIONICS STRATOMASTER VEGA Series instruments/Indicators include: Artificial Horizon & Magnetic Compass Display, Altimeter/VSI, ASI, ASI/VSI, Engine Monitoring System (EMS), Fuel Computer, Information Display, Manifold Pressure, Température, RPM, Hobbs, Universal Engine/Rotor RPM, Hobbs, 4-Channel Thermocouple (EGT/CHT), 4 Channel Universal Analog Input (Pressure/Temperature/Voltage/Current) and NAVCOM Control head for MGL N16 NAV/COMM or V16 COMM VHF.

The GARMIN® GTR series COMM TSO'd panel mounted transceivers (please see separate presentation) together with the GARMIN® GNC series NAV/COMM radios are replacement products for the popular SL30 and SL40 models. They include new features to reduce pilot workload, while also offering an affordable solution to meet the requirements of the 8.33 kHz channel spacing European Union mandate under the Single European Sky (SES) initiative. They are more powerful than their SL-series predecessors with 10- or 16-Watt transmit power available versions. 

The GARMIN® GNC series NAV/COMM radios are offered with either a 10 W (GNC 255A) or 16W (GNC 255B) COMM featuring a 25 kHz or 8.33 kHz spacing. Both come with a an internal VOR/LOC converter, a 40-channel glideslope (GS) receiver and include the rack, connector kit, and back plate. They are offered as units only or as kits with a 4ft harness to AUDIO Panel.  If purchased with the 4ft harness, they can only be used  in experimental aircraft.

Both GARMIN® GMA 345 and 350 are certified (TSO'd) Audio Control Panels for General Aviation aircraft.

Bringing rich “home theater” quality sound and wireless Bluetooth¹ audio connectivity to your avionics stack, the GARMIN® GMA 345 digital audio panel offers a superior inflight audio experience at an affordable price. Featuring 3-D spatial sound processing, a USB charging port, marker beacon receiver, advanced auto squelch, clearance playback and impressive audio mixing and distribution features, this all-digital unit offers the ideal blend of capabilities for pilots who want to hear and do more with less effort in the cockpit. In addition, it’s an easy slide-in upgrade to legacy GMA 340 units and selected third-party audio panels. Offered with optional 3-COMM support.

The GARMIN® GMA 350 is the first truly all-digital audio panel, introducing a number of new technologies to the cockpit, including Telligence™ Voice Command, 3-D audio processing and advanced auto squelch. Virtual 3-D audio processing adjusts audio in the headset to mimic how the human ear normally hears and registers sounds in space. Advanced auto squelch automatically adapts to a quiet or noisy cockpit without clipping words or cutting out in the middle of phrases. Offered with or without Bluetooth connectivity.

For additional information please consult the Product Description section and the supplied documentation.

Installation parts and accessories for GARMIN® Audio Control Panels are sold separately. Please refer to the respective product presentation.

SCINTEX complete kit with digital gauge and dual flow meters enabling monitoring of the engine's supply and return lines. It comes with 2 fittings for each flow meter (to be specified at the time of ordering) and clamps. For installation wiring between the flow meters and the display unit is required (not included). This kit is intended for use in vehicles, machinery, generators and boats / marine and other engine applications. The flow meters are precision cut from steel and aluminum and they are highly accurate, repeatable and suitable for use with diesel, biodiesel, unleaded petrol and other fuels. The display unit is a 1.8”, high resolution, sunlight readable, wide viewing angle, LCD colour display with a completely sealed and waterproof display front panel. The gauge enclosure is a common 52mm round size to fit many existing cutouts. Key features include highly accurate with good repeatability displays consumption in Litres per Hour or other units, fuel remaining in up to 2 tanks, connection capabilities to a NMEA enabled RS232 GPS receiver,  one or two fuel flow senders and fuel level senders and a single fuel pressure sender and display. It can be powered by 12V - 36V power supplies. Please refer to the additional information and specifications provided or contact us.

KANARDIA INDU Combo IAS/Altitude/Vertical Speed Indicators are part of INDU diverse family of non-certified gauges for use in ultralight aeroplanes, autogyros and helicopters.They feature an LCD display with possibility to personalise scales and LCD displays. They are offered as standalone (master) or as slave gauges. Slave versions require some PFD like KANARDIA NESIS, EMSIS, AETOS or HORIS to be present on the bus. KANARDIA INDU Combo IAS/Altitude/VSI gauges are available for two standard panel hole diameters of 57 mm (2.25") and 80 mm (3.15"). Arc colors need to be specified  at the time of order.

LORD Corporation AM Series Low Profile Avionics Mounts (also referred to as isolators)) set the standard for compact, highload, high-capacity isolators. They are designed to support and protect avionics equipment in all types of aircraft. Inertial guidance and navigation systems and radar components are examples of applications where these mounts are used. In addition, AM Series mounts are used to isolate engine/aircraft accessories such as fuel controls, pressure sensors and oil coolers. These mounts  are tested and approved to the environmental tests appearing in MIL-STD-810 or MIL-E-5400. They may be used in a temperature range of -65°F to +300°F (-54°C to +149°C) for BTR® Silicone and -40°F to +300°F (-40°C to +149°C) for BTR® II Silicone. They are made with specially compounded silicone elastomers which exhibit excellent resonant control evidenced by the low transmissibility at resonance. These designs also provide linear deflection characteristics.

LORD Corporation AM Series vibration isolators are offered in different sizes and capacities. Please refer to the attached documentation.